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Rectangular Cable Assemblies: FFMD-17-D-18.00-01 Application Field and Working Principle

Rectangular Cable Assemblies are used in a variety of applications. The most common uses include building construction, telecom installations, automation, and computer systems. FFMD-17-D-18.00-01 is a type of rectangular cable assembly. This assembly consists of 16-gauge stranded insulated copper wires that are arranged in two orthogonal conductor pairs. The flat configuration, which is referred to as flat front panel, offers low profile with a high density.

The assembly’s application field includes applications where a small amount of space is required for cabling. This includes computer systems, telecommunications, and audio and video equipment. Its flexibility allows it to effectively connect cables between boards, equipment conduits, and wiring. Additionally, the small size of the cable assembly makes it ideal for tight spaces.

The FFMD-17-D-18.00-01 assembly utilizes shielded twisted pair technology, which is based on a technique first developed by AT&T in the 1960s. This involves two insulated copper wires that are twisted together in a helix shape. The twist configuration reduces the susceptibility of interference from external electromagnetic fields, while also minimizing the interference between the two conductors. Additionally, the shielding used on the assembly provides protection against conductive and inductive interference.

ff MD-17-D-18.00-01 assemblies utilize a flat ribbon construction with a contact wire located at the bottom of each RJ45 communication terminal. This contact wire is used to transfer the signal from each conductor pair to the next. An insertable plastic plug is then used to secure the assembly to the appropriate port. The assembly is held in place by a plastic tongue and groove design that snaps over the edge. The entire assembly is then sealed shut with a variety of adhesives, such as epoxy, for additional protection and added durability.

The assembly’s working principle is based on the propagation of electrical signals through the twisted pair technology. An alternating current is induced, which causes the conductors to vibrate. This vibration creates a magnetic wavefront that propagates outward, transmitting the electrical signals to other conductors. The FFMD-17-D-18.00-01 assembly takes advantage of this technology to allow the communication between two different devices with minimal interference.

In conclusion, the FFMD-17-D-18.00-01 rectangular cable assembly is used in applications that require a small, flexible cable assembly. Its flat ribbon construction and shielded twisted pair technology allows for a high-density, low-profile solution. The assembly’s working principle is based on the propagation of electrical signals through the twisted pair technology.

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